Gibraltar BE-1051 Die Mold Ejector Blade

Product Description

The GIBRALTAR BE-1051 is a die mold ejector blade engineered for use in injection mold tooling applications. This blade assists in the controlled ejection of molded parts from the die cavity, maintaining dimensional precision and consistent cycle performance. With a blade thickness of 0.0320 inches and a blade width of 0.2960 inches, the BE-1051 is sized for applications requiring a narrow, flat ejection profile. It is installed and serviced by mold technicians, tool and die makers, and industrial maintenance professionals working with injection or compression molding equipment.

This ejector blade is suited for use in precision die and mold assemblies where a flat blade profile is required instead of a round ejector pin. Typical applications include thin-walled part ejection, edge ejection zones, and areas of the mold where a standard round pin cannot provide adequate part release. The blade format reduces the risk of part distortion during ejection by distributing force across a wider contact surface.

Key Features

• Blade thickness of 0.0320 inches for narrow-profile ejection applications
• Blade width of 0.2960 inches provides flat, distributed ejection force
• Designed for drop-in replacement in existing mold ejector plate assemblies
• Compact geometry suited to tight-tolerance mold tooling layouts
• Sold individually, compatible with single-blade ejector plate configurations

Compatibility

Designed as an OEM-style replacement ejector blade for die and injection mold tooling assemblies requiring a flat blade profile with 0.0320 inch thickness and 0.2960 inch width dimensions.

Installation Notes

Ejector blades are installed and replaced by qualified tool and die makers or mold maintenance technicians. Before servicing the ejector assembly, ensure the molding machine is fully shut down, de-energized, and all hydraulic or pneumatic pressure is relieved. Verify blade seating depth and alignment within the ejector plate before returning the mold to service. Do not force the blade into the cavity; improper seating can cause blade fracture or mold damage during operation.